Customer Favorite Autonics 5 Phase,nema 34 / 85mm Frame Stepper Motor,hollow Motor Shaft Design,2.8 Amps Per Phase - Ah63k-g5913 Summer Must-have [x6zXSotc]

Autonics 5 Phase NEMA 34 Stepper Motor

The Autonics 5 Phase, NEMA 34 / 85mm Frame Stepper Motor is a top-tier solution for applications that demand precision and speed. Designed with a focus on efficiency and compactness, this motor is ideal for spaces with limited room. With its high-speed, high-torque capabilities, it delivers exceptional performance in indexing and rapid positioning tasks. Key features include a 2.8 Amps per Phase rating, ensuring robust operation.

• High Torque – Offers exceptional force for heavy-duty applications.
• Compact Design – Perfect for installations where space is at a premium.

Practical Applications and Benefits

This stepper motor is not just a high-performance component; it is a versatile tool for various applications. Its hollow motor shaft design allows for easy connection to pulleys and gears, making it suitable for a wide range of machinery. The absence of maintenance or communication issues typically associated with servo motors makes it a reliable choice. Here are some of the benefits you can expect:

• Easy Integration – Seamlessly fits into existing systems with minimal setup.
• Reduced Maintenance – Ensures a longer lifespan and lower downtime.

The motor's driver and motion controller are available separately, providing flexibility in your setup.

Technical Specifications and Availability

The AH63K-G5913 model boasts a robust 85mm frame size, suitable for demanding applications. Its 5 phase design ensures smooth operation and precise control. With a focus on energy efficiency, this motor is a cost-effective solution for your industrial needs.

• Energy Efficient – Saves energy and reduces operational costs.
• High Precision – Ensures accurate positioning and consistent performance.

Don't miss out on the opportunity to enhance your machinery with this top-tier stepper motor. Order yours today and experience the difference in quality and performance.